The macOS notification bridge synchronously waits for UserNotifications callbacks. Running that wait on the Tauri command caller can block the callback path and make permission reads time out, which the UI reports as an unsupported environment.
Route the bridge calls through a blocking worker so permission reads, permission prompts, and delivery checks do not stall the app thread that needs to service native notification callbacks.
Constraint: UserNotifications permission and delivery APIs complete asynchronously through macOS callbacks.
Rejected: Change the settings status label only | it would hide the failed native permission read without fixing notification delivery.
Confidence: high
Scope-risk: narrow
Directive: Keep macOS notification bridge calls off the invoke caller thread unless the Objective-C bridge becomes fully async.
Tested: cd desktop/src-tauri && cargo test
Tested: bun run check:native
Tested: cd desktop && bun run test --run src/lib/desktopNotifications.test.ts src/__tests__/generalSettings.test.tsx
Tested: SKIP_INSTALL=1 ./scripts/build-macos-arm64.sh
Tested: codesign --verify --deep --strict --verbose=2 desktop/build-artifacts/macos-arm64/Claude Code Haha.app
Tested: hdiutil verify desktop/build-artifacts/macos-arm64/Claude Code Haha_0.2.1_aarch64.dmg
Not-tested: Manual click-through of the newly built .app notification settings screen.
Notification clicks and repeated launches can enter the native app through OS-level activation paths, so the desktop runtime now registers Tauri's single-instance guard before sidecars or other plugins start. A second launch restores and focuses the existing main window instead of creating another app process.
Constraint: macOS and Windows launch paths must reuse the running desktop instance.
Rejected: Handle only notification click callbacks | does not cover Dock, shortcut, installer, or Windows relaunch paths.
Confidence: high
Scope-risk: narrow
Directive: Keep the single-instance plugin before sidecar startup so duplicate launches cannot create extra runtime processes.
Tested: SKIP_INSTALL=1 ./desktop/scripts/build-macos-arm64.sh
Tested: open -n built app twice; desktop_count stayed 1 with pid 69821
Tested: bun run check:native
Tested: cargo test --manifest-path desktop/src-tauri/Cargo.toml
Tested: cd desktop && bun run test -- desktopNotifications.test.ts
Tested: cd desktop && bun run lint
Desktop users can carry provider indexes, managed settings, localStorage state, and native update state from builds that no longer match current readers. This adds startup migrations and recovery paths before server and React state are consumed, plus a persistence upgrade gate so future storage protocol changes ship with old-format fixtures.
Constraint: Existing installs may contain malformed or legacy JSON/localStorage that must not block startup.
Constraint: Local verify should evaluate the current worktree diff rather than unrelated detached-worktree history.
Rejected: Treat invalid persisted state as fatal | reproduces white-screen and startup failure behavior for existing users.
Rejected: Bypass PR policy locally | hides real gate behavior and does not fix detached-worktree false positives.
Confidence: high
Scope-risk: moderate
Directive: Any local JSON, localStorage, or app config shape change must add a migration fixture and keep `bun run check:persistence-upgrade` green.
Tested: bun run check:persistence-upgrade; bun run check:policy; bun run check:desktop; bun run check:server; bun run check:native; bun run verify (9 passed, 1 coverage baseline failure)
Not-tested: Live provider baseline; existing user configs beyond covered fixtures
Desktop notifications now carry a narrow target payload so clicking a permission, completion, or scheduled-task notification can reopen the matching tab and reconnect the session. macOS uses the native notification bridge for tap callbacks, while the shared desktop notification layer also accepts plugin action payloads where the platform exposes them.
Constraint: Notification clicks need to activate existing desktop tabs without adding a new navigation state channel.
Rejected: Store only notification ids and infer the active session later | stale notifications would point at the wrong session after tab changes.
Confidence: high
Scope-risk: moderate
Directive: Keep notification targets serializable and versioned through desktopNotifications before adding new target types.
Tested: bun run quality:pr with ALLOW_CLI_CORE_CHANGE=1; desktop unit tests; server tests; native sidecar build and cargo check; docs build.
Not-tested: Packaged Windows toast activation runtime; current fallback depends on Tauri notification action delivery.
Linux release builds use MenuBuilder for the shared tray menu, while MenuItemBuilder and SubmenuBuilder are only used in the macOS native menu bar. Gate only the macOS-only imports so Linux builds no longer warn about them and still compile the shared tray path.
Constraint: Linux builds compile the shared tray setup path and require MenuBuilder
Constraint: MenuItemBuilder and SubmenuBuilder are only referenced inside cfg(target_os = "macos")
Rejected: Gate the whole tauri::menu import on macOS | Linux still needs MenuBuilder for tray menu construction
Confidence: high
Scope-risk: narrow
Directive: Do not gate MenuBuilder by platform unless setup_system_tray is also made platform-specific
Tested: cargo fmt --check
Tested: git diff --check
Not-tested: Local Linux cargo check beyond system GTK/WebKit pkg-config setup; GitHub release Linux job is the verification surface
Release logs showed two warning classes after the packaging fixes: Linux builds warned about macOS-only menu imports, and tauri-action reported an unknown releaseAssetNamePattern input. Gate the native menu imports to macOS and use the action's supported assetNamePattern input so release logs stay clean and asset naming is actually applied.
Constraint: Linux release builds compile the shared Tauri lib without macOS-only menu usage
Constraint: tauri-action v0 accepts assetNamePattern, not releaseAssetNamePattern
Rejected: Ignore warning-only output | release candidates should not hide real signal behind avoidable warnings
Confidence: high
Scope-risk: narrow
Directive: Keep workflow input names aligned with tauri-action's published action schema
Tested: cargo fmt --check
Tested: cargo check --target aarch64-apple-darwin
Tested: git diff --check
Not-tested: Full GitHub release workflow after retag before pushing
Telegram polling stopped consuming updates when all IM adapters were loaded into the same desktop sidecar process. Launch each IM platform as its own sidecar process so Telegram keeps an isolated long-polling consumer while Feishu, WeChat, and DingTalk manage their own SDK loops independently.
Constraint: Telegram Bot API long polling needs one healthy consumer per token and should not share lifecycle with other IM SDKs
Rejected: Keep one combined adapter process | reproduced pending Telegram updates until Telegram was launched alone
Confidence: high
Scope-risk: moderate
Directive: Keep IM adapter process ownership isolated unless cross-platform lifecycle tests prove a merged process is safe
Tested: cargo fmt --check
Tested: cargo check
Tested: bun run check:native
Tested: ./desktop/scripts/build-macos-arm64.sh
Tested: Computer Use launched built app and sent Telegram smoke message with pending_update_count=0
Not-tested: Automated Feishu, WeChat, or DingTalk live message delivery after process split
Telegram long polling can be consumed or disrupted by orphaned adapter sidecar processes left behind after desktop restarts or IM settings refreshes. Kill stale Unix claude-sidecar adapters processes before launching a new managed adapter sidecar so only one Telegram consumer remains active.
Constraint: Telegram Bot API long polling should have a single active consumer for a token
Rejected: Only restart the current tracked child | orphaned sidecars with PPID 1 are outside the tracked Tauri child handle
Confidence: high
Scope-risk: narrow
Directive: Keep adapter sidecar startup single-instance across platforms when adding new IM adapters
Tested: cargo fmt --check
Tested: cargo check
Tested: bun run check:native
Tested: git diff --check
Not-tested: Packaged macOS app relaunch with a real stale sidecar during automated test
Desktop notifications were enabled by default and depended on the Tauri notification plugin for both permission state and delivery. On macOS the plugin reports desktop permission as granted and can hide foreground delivery failures, so authorization prompts could appear in the app without a real system notification.
This moves macOS permission and delivery through a native UserNotifications bridge, keeps notifications opt-in by default, and sends a test notification after successful authorization.
Constraint: Tauri notification plugin desktop permission state is always granted.
Constraint: macOS foreground delivery needs explicit native presentation handling.
Rejected: Keep using the plugin with retries | it still cannot report real macOS permission or delivery failures.
Confidence: high
Scope-risk: moderate
Directive: Do not remove the macOS bridge without verifying foreground banners from an installed app bundle.
Tested: cd desktop && bun run test --run src/lib/desktopNotifications.test.ts src/stores/settingsStore.test.ts src/__tests__/generalSettings.test.tsx src/stores/chatStore.test.ts
Tested: bun run check:desktop
Tested: bun run check:native
Tested: SKIP_INSTALL=1 ./scripts/build-macos-arm64.sh
Tested: codesign --verify --deep --strict --verbose=2 desktop/build-artifacts/macos-arm64/Claude Code Haha.app
Tested: hdiutil verify desktop/build-artifacts/macos-arm64/Claude Code Haha_0.2.0_aarch64.dmg
Tested: Computer Use macOS Settings and Bash authorization notifications, confirmed usernoted displayed banners.
Not-tested: Windows toast delivery on a real installed Windows build.
DingTalk uses QR registration to store client credentials, then reuses the existing IM pairing and session bridge. The merged main implementation keeps the existing WeChat QR binding path intact while adding DingTalk as a peer IM platform. The default IM workdir now falls back to the local user working directory so a newly bound chat can start immediately even when recent-project history is empty.
Constraint: Local main already carries WeChat IM, so the merge keeps WeChat config, QR binding, sidecar args, and unbind behavior intact while adding DingTalk.
Rejected: Keep empty defaultProjectDir as project-picker-only | newly bound IM users can hit a dead end with no recent projects.
Confidence: high
Scope-risk: moderate
Directive: Keep IM platform unions synchronized across config, pairing, sidecar args, desktop settings, and docs.
Tested: bun test common/ dingtalk/ wechat/; bun test src/server/__tests__/adapters.test.ts; cd adapters && bunx tsc --noEmit; bun run check:policy; bun run check:server; bun run check:desktop; bun run check:adapters; bun run check:native; bun run check:docs
Not-tested: quality:pr full gate was blocked by existing local main CLI-core diff requiring allow-cli-core-change maintainer approval; live post-fix DingTalk second-message delivery was not repeated after the merge.
WeChat needs a QR-paired path instead of bot-token setup, so the adapter layer now includes the iLink protocol calls, desktop pairing UI, server-side bind/unbind APIs, and shared IM command behavior. Empty project history falls back to the user's default work directory so mobile /new works without pre-opening a desktop project.
Constraint: Tencent iLink login returns a URL that the desktop UI must render as a QR image locally
Constraint: IM adapters should keep /new, /projects, status, permission, and default workdir behavior consistent across WeChat, Feishu, and Telegram
Rejected: Require users to paste absolute project paths for first WeChat sessions | mobile onboarding should work from the default user working directory
Confidence: high
Scope-risk: moderate
Directive: Do not change WeChat polling back to overlapping intervals; getupdates is a long-poll endpoint and must remain serialized
Tested: Real WeChat QR scan, inbound /status, outbound reply, and unbind E2E
Tested: bun run check:adapters
Tested: bun run quality:pr
Not-tested: Re-scan live WeChat after the default-workdir fallback tweak; covered by adapter config tests and PR gate
Add native system notifications as a desktop-wide attention channel for permission prompts and scheduled task completion. The implementation keeps notification presentation owned by the OS, adds a user-facing enable switch with permission handling, and lets scheduled tasks choose desktop notifications without routing that channel through IM adapters.
Constraint: Notifications must use OS-native APIs without custom sound playback.
Constraint: Desktop channel is local-only and must not be sent through IM adapter delivery.
Rejected: Browser Notification API | not reliable inside the packaged Tauri desktop runtime.
Rejected: Treat desktop as an IM channel | would leak a local-only channel into server-side adapter sending.
Confidence: high
Scope-risk: moderate
Directive: Keep notification styling at the OS layer; business code should only provide title, body, dedupe, and routing decisions.
Tested: bun run check:desktop
Tested: bun run quality:pr
Tested: Computer Use macOS debug app verification for settings toggle, permission prompt, scheduled task desktop channel, and task-run polling dedupe
Not-tested: Windows and Linux native runtime smoke tests on physical hosts
Windows users reported that the desktop window lost its size and position after restarting, and hidden windows could behave inconsistently when restored from taskbar/tray interactions. The Tauri shell now records the main window bounds in the app config directory, restores them on startup, and skips stale off-screen states when monitor layouts change.
Constraint: Avoid new dependencies for window state persistence
Constraint: Preserve existing hide-to-tray behavior for the main window
Rejected: Add tauri-plugin-window-state | larger dependency surface for one small main-window state file
Confidence: medium
Scope-risk: moderate
Directive: Keep monitor visibility checks when changing restore behavior so external-display removal does not strand the window off-screen
Tested: cargo test
Tested: cd desktop && bun run lint
Tested: cd desktop && bun run build
Not-tested: Windows taskbar manual reproduction; current machine is macOS
Not-tested: cd desktop && bun run test fails in existing frontend locale assertions unrelated to this Tauri change
Closing the desktop window should not tear down the local server when users expect the app to keep serving background work. The Tauri layer now owns that lifecycle: close hides the main window, tray actions restore or quit, and true quit paths still stop sidecars.
Constraint: Issue #213 asks for Windows close-to-background behavior, and macOS should follow the same desktop lifecycle.
Rejected: Frontend-only close handling | native window close events and OS menu actions need one Tauri-owned path.
Confidence: high
Scope-risk: moderate
Directive: Do not remove the explicit quit marker unless all updater, tray, and app-exit paths are rechecked.
Tested: cargo fmt --manifest-path desktop/src-tauri/Cargo.toml --check
Tested: cargo check --manifest-path desktop/src-tauri/Cargo.toml
Tested: cargo test --manifest-path desktop/src-tauri/Cargo.toml
Tested: cd desktop && bun run lint
Tested: cd desktop && bun run build
Not-tested: Windows cargo check on this macOS machine; x86_64-pc-windows-msvc cross-check stopped in ring because the host lacks Windows C/MSVC headers.
Related: https://github.com/NanmiCoder/cc-haha/issues/213
Some setup flows end in a shell command instead of a natural-language install path, so Settings now exposes a host PTY terminal backed by portable-pty and xterm. The terminal inherits the user's login-shell environment, forces a UTF-8 locale when needed, and preserves split UTF-8 output so Chinese paths render correctly.
Constraint: Desktop GUI apps do not inherit the user's interactive shell PATH on macOS.
Constraint: Command output may split UTF-8 characters across PTY reads.
Rejected: Use Tauri shell commands only | users need an interactive PTY for copy-pasted install flows.
Rejected: Ask users to edit shell profiles | terminal setup should work out of the box.
Confidence: high
Scope-risk: moderate
Directive: Keep terminal startup tied to host environment checks; do not bundle runtimes to solve PATH issues.
Tested: cargo fmt --check; cargo test --lib; cargo check; cd desktop && bun run lint; cd desktop && bun run test src/pages/TerminalSettings.test.tsx; cd desktop && bun run build; cd desktop && bun run build:macos-arm64
Tested: Computer Use verified npm is available in the built macOS app terminal and Chinese output renders after UTF-8 decoding fix.
Not-tested: Native Windows/Linux package runtime validation.
The Windows desktop shell was rendering custom minimize, maximize, and close
buttons without the Tauri capabilities those commands require. The app was also
starting with decorated windows and then trying to disable decorations at
runtime, which is a weaker setup than the platform-specific config Tauri
expects for custom chrome.
This change grants the missing window permissions, moves Windows and macOS
window chrome settings into platform-specific Tauri config files, removes the
runtime decoration toggle, and adds a regression test that proves the custom
controls invoke the Tauri window API.
Constraint: Windows build validation will happen on the remote branch instead of this macOS workspace
Rejected: Keep runtime set_decorations(false) on Windows | leaves window chrome behavior dependent on post-start native mutation
Rejected: Ship only the capability fix | lower-risk hotfix, but it preserves the fragile cross-platform window config
Confidence: medium
Scope-risk: narrow
Reversibility: clean
Directive: Keep custom titlebar behavior in config and capabilities; avoid moving Windows decoration changes back into runtime setup
Tested: cd desktop && bun run lint
Tested: cd desktop && bun run test
Not-tested: Native Windows click/drag behavior on an actual packaged build from this local machine
Related: GitHub issue #62
Replace the default macOS about dialog with a custom menu that emits
a Tauri event, navigating to the Settings > About tab within the React app.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Wires the new claude-sidecar adapters mode into the actual desktop UX:
* On app launch, Tauri main process now spawns the adapter sidecar right
after the server sidecar comes up. The sidecar reads ~/.claude/adapters.json
and connects whichever of Feishu / Telegram has credentials configured;
if neither does, it warns + skips + exits cleanly (treated as expected).
* When the user saves credentials in the existing AdapterSettings page,
the frontend store invokes restart_adapters_sidecar after the PUT
/api/adapters succeeds. Tauri kills the old child and spawns a new one,
which picks up the fresh config and establishes the WebSocket connection
to Feishu / Telegram immediately — no app restart needed.
End-to-end behavior is now: install app → open → configure credentials in
settings → click save → IM bot is live.
Implementation
==============
* desktop/src-tauri/capabilities/default.json: replace the stale
binaries/claude-server allowlist with binaries/claude-sidecar across
shell:allow-execute, shell:allow-spawn, plus a new shell:allow-kill
entry needed for the restart path. (P2 changed externalBin to
claude-sidecar but missed updating capabilities, which is why the prior
bundle worked at all in dev mode but would have failed in production.)
* desktop/src-tauri/src/lib.rs:
- new AdapterState that holds an Option<CommandChild>
- start_adapters_sidecar() spawns `claude-sidecar adapters --feishu --telegram`
with ADAPTER_SERVER_URL env var pointing at the dynamic server port
(converted http://→ws:// since WsBridge does `new WebSocket(url)`
directly without protocol translation)
- spawn_and_track_adapters_sidecar() handles spawn + state insertion
- stop_adapters_sidecar() kills + clears state
- new #[tauri::command] restart_adapters_sidecar that calls stop+spawn
- sidecar Terminated events are info-logged, not treated as errors,
so the credential-missing path doesn't show up as a crash
- setup() spawns the adapter sidecar after server startup completes
- RunEvent::Exit cleanup also kills adapter sidecar
* desktop/src/stores/adapterStore.ts: after every successful PUT
/api/adapters, dynamic-import @tauri-apps/api/core and call
invoke('restart_adapters_sidecar'). Wrapped in try/catch so non-Tauri
test environments fall through quietly. Triggers on every config
change (including pairing code generation, paired-user removal) by
design — keeps the rule simple and guarantees any save takes effect.
* desktop/src/pages/AdapterSettings.tsx: removed the stale "Server URL"
text input. The field defaulted to ws://127.0.0.1:3456 but the actual
server uses a dynamic port chosen at startup. Even when filled in
correctly, loadConfig() in adapters/common/config.ts gives env var
priority over file value, so this UI control had zero effect inside
the desktop app. Standalone-mode adapter users can still edit the
field directly in adapters.json if they need to.
Bundle size: unchanged at 88 MB .app / 37 MB DMG. The Rust changes
add only a few KB to the desktop main binary.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Replaces the two ~65MB bun-compiled sidecar binaries with a single
~66MB merged binary. The bun runtime + shared dependency code (anthropic
SDK, MCP SDK, ws, undici, etc) was previously duplicated across both —
merging eliminates that duplication entirely.
Combined with the previous P0 commit (static-import inlining + drop
src/ + node_modules/ from Resources), this brings the macOS .app from
the original 435MB baseline down to 87MB (-80%), and the DMG from 113MB
to 37MB (-67%).
Final breakdown of the 87MB .app:
Contents/MacOS/claude-sidecar 66MB (was 57+57=114MB)
Contents/MacOS/claude-code-desktop 18MB (Tauri Rust main)
Contents/Resources/icon.icns 2MB
+ plist + frameworks ~1MB
This is essentially the floor — bun runtime + Tauri main + minimum
overhead. Going lower would require swapping toolchains.
Implementation
==============
* desktop/sidecars/claude-sidecar.ts (new): single entrypoint that
takes a positional mode argument ("server" or "cli") then dispatches
via `await import('../../src/server/index.ts').startServer()` or
`await import('../../src/entrypoints/cli.tsx')`. Same env / argv setup
pattern as the old launchers.
* desktop/sidecars/server-launcher.ts + cli-launcher.ts: deleted.
* desktop/scripts/build-sidecars.ts: compiles only claude-sidecar now.
* desktop/src-tauri/tauri.conf.json: externalBin → ["binaries/claude-sidecar"]
* desktop/src-tauri/src/lib.rs: spawns sidecar with leading "server"
positional arg.
* src/server/services/conversationService.ts resolveBundledCliPath /
resolveCliArgs: when current process is claude-sidecar, reuses the
same exe and spawns it with leading "cli" positional arg. Backward
compat path for old claude-server / claude-cli pair preserved for the
bin/claude-haha dev mode.
Verification
============
* claude-sidecar cli --version → 999.0.0-local (Claude Code) ✓
* claude-sidecar cli --help → full Commander spec ✓
* claude-sidecar server --port N → HTTP listening, CronScheduler running ✓
* All three above run in /tmp with no src/ or node_modules/ on disk
* bun test on src/ → 358 pass / 45 fail / 1 error, identical to baseline
(44 fails are pre-existing on main, unrelated to this change)
* Full DMG round-trip via build-macos-arm64.sh succeeds; new .app
installs cleanly in /Volumes/
Bundle size summary (vs original baseline)
==========================================
metric baseline final delta
.app total 435 MB 87 MB -348 MB (-80%)
.dmg 113 MB 37 MB -76 MB (-67%)
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Cuts the macOS .app from 435MB → 152MB (-65%) and the DMG from 113MB → 60MB
(-47%) by inlining src/server and src/entrypoints/cli into the bun-compiled
sidecar binaries instead of dynamic-importing them from disk at runtime.
Architectural change
====================
Before:
desktop/sidecars/server-launcher.ts → bun build --compile (≈57MB shell)
└─ at runtime: dynamic file:// import of <appRoot>/src/server/index.ts
which transitively requires ALL of src/ + the entire root node_modules/
to be shipped as Resource. tauri.conf.json copied 254M of node_modules
and 47M of src/ into Contents/Resources/app/ on every build.
After:
desktop/sidecars/server-launcher.ts → bun build --compile (≈65MB)
└─ uses `await import('../../src/server/index.ts')` with a literal
specifier so bun's bundler walks the whole graph statically and
inlines everything into the binary.
Same treatment for cli-launcher.ts → src/entrypoints/cli.tsx.
Resolver gymnastics
===================
This fork carries dozens of ant-internal feature() gated require/import
calls referencing modules that simply don't exist on disk
(cachedMicrocompact, devtools, proactive, coordinator, etc). Bun's resolver
walks the static dep graph BEFORE bun:bundle macro DCE, so even though
the dead branches never execute at runtime, they still fail to resolve
at compile time.
Two complementary mechanisms:
1. desktop/scripts/scan-missing-imports.ts walks src/, regex-greps every
relative import / require / type-import specifier, and writes a Proxy
noop stub for any target that doesn't exist on disk. Stubs are tagged
with "@generated stub from scan-missing-imports" for idempotency. Text
resources (.md / .txt / .json) get appropriate format-specific stubs.
Runs as a pre-step inside build:sidecars.
2. desktop/scripts/build-sidecars.ts adds an `external: [...]` list for
bare-package optional deps not in package.json (OTLP exporters,
@aws-sdk/*, @anthropic-ai/{bedrock,vertex,foundry,mcpb}-sdk,
@azure/identity, fflate, turndown, sharp, react-devtools-core).
These remain runtime imports, fail benignly when their gating env
var or feature flag is off.
Tauri side
==========
- desktop/src-tauri/tauri.conf.json: dropped all `resources` entries.
Was 7 entries totaling ≈301MB. Now `{}`.
- desktop/src-tauri/src/lib.rs `resolve_app_root` no longer calls
BaseDirectory::Resource (the app/ resource dir doesn't exist anymore);
instead returns the directory of the current sidecar exe. The launchers
still accept --app-root for backward compat with conversationService's
CLI subprocess spawn.
Optimisations
=============
- bun build now uses minify whitespace+identifiers+syntax. Saved another
≈16MB across both binaries (server: 72MB→65MB, cli: 75MB→66MB).
Bonus fix
=========
src/services/remoteManagedSettings/index.ts had a typo importing
'./securityCheck.jsx' instead of '.js'. Bun's runtime resolver tolerated
it; bun build didn't.
Verification
============
- Both binaries boot successfully in /tmp with no src/ or node_modules/
on disk. Verified `claude-cli --version` returns the build version,
`claude-cli --help` prints the full Commander spec, and claude-server
starts CronScheduler + listens on the requested port.
- bun test on src/ shows 358 pass / 45 fail / 2 errors vs main baseline
of 359 / 44 / 2 — net 0 new failures (1 different flake direction).
All 44 baseline failures pre-exist on main and are unrelated.
- Full DMG round-trip via build-macos-arm64.sh succeeds; new bundle
installs cleanly in /Volumes/.
Bundle size summary
===================
metric baseline after P0 delta
Resources/app/ 301 MB 0 MB -301 MB
MacOS/claude-server 57 MB 65 MB +8 MB
MacOS/claude-cli 57 MB 66 MB +9 MB
MacOS/claude-code-desktop 18 MB 18 MB —
─────────────────────────────────────────────
.app total 435 MB 152 MB -283 MB (-65%)
.dmg 113 MB 60 MB -53 MB (-47%)
Generated stub files (173 of them under src/) are committed for
reproducibility — the scanner is idempotent and will re-create them
identically on every build, but tracking them avoids dirty working trees
on first compile.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Add Tauri sidecar architecture: Rust shell spawns claude-server binary,
dynamic port allocation, health-check wait loop, graceful shutdown
- Fix CORS middleware to accept `tauri://localhost` and `https://tauri.localhost`
origins from Tauri WebView, and add CORS headers to /health endpoint
- Enable native macOS window decorations (traffic lights) with Overlay title bar,
add data-tauri-drag-region on sidebar for window dragging
- Conditionally apply desktop-only padding (44px for traffic lights) vs web (12px)
- Generate brand identity: light-background app icon, horizontal logo, full icon
set (icns/ico/png) for Tauri bundle
- Add brand mark + GitHub link in sidebar, replace mascot SVG with app icon
in EmptySession page
- Update README (zh/en) and docs hero image with new branding
- Add sidecar build scripts and launcher entry points
- Gitignore Rust target/, Tauri gen/, and brand-assets candidates
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
The desktop app now keeps the composer stable while turns are active,
reduces low-signal tool noise in the transcript, restores project context
under the composer after session creation, and relies on the CLI's own
permission requests instead of injecting broader desktop-side Bash asks.
This also brings in the supporting desktop app source tree and the server
routes/session metadata needed for git info, filesystem browsing, session
resume, slash commands, and SDK-backed permission bridging so the UI can
operate as a coherent feature instead of a partial patch.
Constraint: Desktop transcript needs to stay usable during long multi-tool sessions without hiding file-change diffs
Constraint: Permission prompts must mirror CLI behavior closely enough that read-only commands do not get desktop-only prompts
Rejected: Keep rendering Read/Bash bodies inline | too noisy and unlike the intended transcript model
Rejected: Commit only the touched desktop files | would leave the newly introduced desktop app incomplete in git history
Confidence: medium
Scope-risk: broad
Reversibility: messy
Directive: Treat non-writing tools as summary-first transcript events; do not re-expand them by default without validating the UX against long sessions
Tested: cd desktop && bun run lint
Tested: cd desktop && bun run test -- --run
Tested: bun test src/server/__tests__/conversations.test.ts
Not-tested: Manual visual regression against the exact screenshots in a live desktop session
Not-tested: Full root TypeScript check (repository still has unrelated extracted-native parse failures)
